Genetic sequences in microscopic particles of sinking organic material reveal the mechanisms of carbon transport into the deep sea that can help improve satellite-based models of carbon export.

Satellite data on winds and currents can fill gaps in modeling carbon transport from the ocean’s surface to the deep sea.

MBARI’s marine operations team begins preparations for science missions aboard our new flagship research vessel David Packard later this year.

The Instrumentation Integration and Testing Facility will support the development of innovative new technologies for studying ocean health.

Studying whale songs in the aftermath of a marine heat wave offers clues to how whales adapt to changing ocean conditions.

The MOLA AUV is a powerful and portable underwater robot equipped with advanced sensors and software to collect detailed data about ocean environments.

Partnerships across the country and overseas bring the power of MBARI’s Environmental Sample Processor to ecosystem health assessments in the ocean and our nation’s waterways.

Renowned deep-sea polar biologist will take the helm of MBARI in spring 2025.

MBARI’s acoustic technology has revealed that sperm whales are more common offshore of California than previously believed, and has provided new evidence for seasonal migrations in this top predator of the deep sea.

Uncrewed aerial vehicles outfitted with high-resolution cameras and advanced sensors give MBARI researchers a new perspective on marine life and phenomena.

Hamner mentored many MBARI researchers and helped inspire the institute’s groundbreaking research to understand the midwater environment.

Observations collected by SOCCOM’s network of robotic floats provide new information about how frequent storms in this remote region can affect the ocean’s ability to absorb carbon dioxide.

Meet the MBARI team and learn more about our latest discoveries and technology innovations at this free, family-friendly community event.

During an expedition to the Gulf of California, researchers observed a previously unknown species of squid carrying a cluster of exceptionally large eggs.

Kaya Johnson will oversee the team that operates MBARI’s research vessels and deploys our advanced underwater robots.

MBARI’s 2023 Annual Report reviews highlights from our work in science, engineering, and outreach over the past year.

New bus featuring MBARI’s deep-sea images joins Santa Cruz METRO fleet as part of the “One Ride at a Time” campaign.

MBARI's Piscivore system combines advanced underwater robots and camera technology to study tunas, sharks, and other marine life.

New study from MBARI engineers and collaborators outlines how new sampling and imaging technologies can transform our understanding of marine life.

Robotic submersible marks a major milestone in ocean science, exploration, and conservation.